Considerable interest has emerged in atmospheric pressure discharges within the
microwave frequency range over the past decade, driven by the growing potential …

Frequency-locked measurements of floating potential fluctuations are carried out in a cold
atmospheric pressure micro-plasma jet interacting with substrates of varying electrical …

An atmospheric pressure low power microwave-induced air plasma source at 2.45 GHz is
presented in this Letter. The device was capable of self-igniting air and generating plasma …

In the present study, a coaxial transmission line resonator is constructed, which is always
capable of generating cold microwave plasma jet plumes in ambient air in spite of using …

This article investigated the discharge characteristics of Ar plasma sustained by a coaxial
plasma jet under different microwave frequencies (433 MHz, 915 MHz, 2450 MHz, and 5800 …

Due to the surface hydrophobicity, the absorbing effect of the tobacco extract droplets on the
reconstituted tobacco paper is unsatisfactory. Therefore, the surface property regulation of …

The jet morphology of the fluorine‐containing plasma is important for the accuracy and
efficiency of nondestructive optical fabrication. This paper investigated changes in the jet …

This study proposes a coaxial structure atmospheric pressure microwave cold plasma
device that utilizes argon as the main working gas. It achieves stable formation of …

A microwave atmospheric pressure plasma jet (MW‐APPJ) generator based on a substrate‐
integrated waveguide (SIW) resonator is proposed. A thin, straight plasma needle with a …

Diverse interactions between microwaves and irradiated media provide a solid foundation
for identifying novel organization pathways for energy flow. In this study, a high-energy-site …